1) (1) The advantages of consultant’s recommendation are as follows: Since autologous cells are appropriate for tissue engineering due to their high activity, patients can be benefitted with this special facility of receiving autologous cell seeded scaffolds as implants when required. Hence, there is further scope of collaborating with hospitals and doctors who can benefit with this technology.
The disadvantages of consultant’s recommendation are as follows: Investing in this complex technology holds risks, and does not guarantee positive results, in addition to the cost. Since, this involves autologous cells, meaning patients own cells, this involves patient consent which may be difficult to obtain. Donor-site morbidity due to infection and hematoma may be involved. Also, risks of rejection by the patient's immune system can also be present. If a patient is aged or has severely been diseased it can be difficult to grow the cells.
2)The company can be recommended to invest in this technology based on its scope and future perspective. This technology can benefit patients widely if developed on a large scale. In addition, autologous cell seeded scaffolds can be personalized according to patient need since it use patients own cells.
(3) Mesenchymal stem cells (MSCs) can be used in this technology. They should be used in undifferentiated form due to their expansion and multipotent potential. The sources of these cells can be musculoskeletal and cartilaginous.
please type the answer with brief&clear describtion 1. (4 Pt) A new tissue engineering company would...
1. You are working on tissue engineering cartilage in a bioreactor by seeding mesenchymal stem cells (MSCs) on a scaffold. a) What growth factor would you use to promote the MSC differentiation into chondrocytes? Fibroblast b) What are the advantages and disadvantages of directly injecting growth factors into the cell-seeded scaffold? c) Can you propose another approach to provide growth factors to the tissue engineering construct? What are the advantages of your proposal? adatantages; grouth Factros can also scaffolds through...
1. You are working on tissue engineering cartilage in a bioreactor by seeding mesenchymal stem cells (MSCs) on a scaffold. a) What growth factor would you use to promote the MSC differentiation into chondrocytes? Fibroblast b) What are the advantages and disadvantages of directly injecting growth factors into the cell-seeded scaffold? We were unable to transcribe this image
1. You are working on tissue engineering cartilage in a bioreactor by seeding mesenchymal stem cells (MSCs) on a scaffold. a) What growth factor would you use to promote the MSC differentiation into chondrocytes? b) What are the advantages and disadvantages of directly injecting growth factors into the cell-seeded scaffold? c) Can you propose another approach to provide growth factors to the tissue engineering construct? What are the advantages of your proposal? d) Besides growth factors, what other regulators would...